Elevator Inverter

Elevator inverter

Elevator Inverter

The Elevator inverter is a device that is used to control the speed of elevators. It is a small device that can be easily installed in the cabin of an elevator.

Moreover, this type of inverter can be used to regulate the motor speed to ensure that people riding an elevator are comfortable and safe. It can also help to improve the efficiency of an elevator by reducing energy consumption.


An Elevator inverter is a device that converts the 3-phase 380 V or 220 V AC power supply into three phase DC output to operate an elevator. They also have a built-in battery to provide backup power in case of a failure in the main power supply. They have a high-quality circuit board and are made to meet specific specifications of the elevator system they will power.

For the safety of passengers, a back-up system is required when the main power supply is interrupted or the line fails to feed the elevator. This back-up system is designed to supply the normal control system, the elevator door control system and the traction motor drive system with power to recover function.

To achieve this, a power loss sensing device will disconnect the elevator system from the main power system when it detects a power loss or irregularity. The system then sends a signal to the elevator inverter timing system indicating that the elevator system is on emergency power.

When the main power is restored, the emergency power generator will immediately switch the elevator system to normal control power and begin charging the batteries again. This process takes only 15 to 20 seconds, depending on the elevator configuration.

During the time between the main power outage and the elevator being switched to emergency power, a job cycle lock-out timer 42 ensures that a full elevator cycle has been completed before returning the elevator system to normal control power. This allows for passengers to travel safely and efficiently, without a delay in reaching their destination.

As a result of the unique power sequencing, the emergency power generator must be sized considerably larger than the total power demand of all static drive applications (AC or DC). Undersized generators may cause various power-related problems.

These problems include frequent trip-off of the emergency power generator and the elevator system, incompatibility between the emergency power generator and the elevator controller, incompatibility between the elevator controller and the elevator traction motor drive system, incompatibility between the elevator traction motor drive system and the elevator door control system, and other power-related issues.


There’s a lot of talk about green construction and retrofits to cut energy consumption and save money. But one energy user that often gets overlooked is elevators. They account for only five percent to eight percent of a building’s total energy use, but they can be very expensive to install and maintain.

Even a small increase in the efficiency of an elevator can add up to significant savings over the long term. Upgrades that reduce elevators’ electricity consumption include lighting control, push button replacement, starter replacement and more.

In most cases, these upgrades can save between $300 and $500 a year. In addition to saving on energy costs, they can also ensure that an elevator isn’t prone to brownouts.

Another way to reduce electricity consumption in an elevator is to switch over to energy-efficient LED car lights. These bulbs use less power than standard light bulbs, and can be controlled by occupancy sensors that are part of modern control systems.

Using the right frequency inverter can also help you cut down on energy use. Frequency inverters control the pump’s drive motor from as low as zero speed, so they pump only the oil needed to achieve the desired travel curve – which is more efficient than the older way of running the engine at full speed.

These inverters can be used to run a wide range of applications, including traction elevators. They also have the option to regenerate the electric motor’s energy during descent, which can offer savings of up to 1,000 kWh a year.

This technology can be found on premium-efficiency traction elevators, such as those from ThyssenKrupp, KONE and Schindler. Regenerative drives can be installed on both AC Elevator inverter and DC traction elevators, and they are a good choice for any building that wants to improve its efficiency without incurring the cost of a new traction elevator.

If you’re looking for a frequency inverter to help you cut energy use, consider the CHV180 inverter from Hyundai Elevator. It can operate a synchronous motor and has been designed with advanced features that will improve performance, durability and efficiency. Its load-sensorless start compensation function and incremental ABZ encoder make it ideal for applications that don’t require the installation of a weight measuring device.


Elevators have become an integral part of modern life, providing a means for transporting goods and people up and down floors in buildings or high-rise structures. Because of this demand, they require a lot of power consumption and can be a problem for businesses, as well as households with elevators.

Many companies are aware of the problems that can arise with electric motors, and they are trying to find a solution to Elevator inverter these issues. One of the most important solutions is an elevator inverter, which can significantly reduce the energy consumed by an elevator.

An inverter is a complex piece of electronic equipment that converts alternating current (AC) to direct current (DC) for control purposes. The inverter is also responsible for the power that is supplied to the elevator motors.

The safety of the elevator inverter is very important, as it protects the people and property that are transported by the elevator. For this reason, the inverter must be capable of detecting any failures that may happen and correcting them as quickly as possible.

There are several methods that can be used to ensure that the inverter is safe. These include using a battery backup, which will automatically switch the inverter to a backup source of power in the event that the primary supply fails.

Another way to increase the safety of an inverter is to add a function that will inhibit the flow of alternating current to the drive when a certain condition occurs. This is called a Safety Integrity Level (SIL) rating, and it is available in some VFDs.

For example, a SIL 3-rated version of KEB America’s F5 drive can be used to inhibit the flow of AC to the drive in accordance with elevator safety codes. These codes have changed over time and it is important to make sure that the drive meets the requirements of the code in question.

Another important safety feature of an elevator inverter is a low battery detection circuit that will prevent the job cycle lock-out timer from switching the inverter back to normal control power when the batteries reach a certain point of low charge/discharge cycles. This can help to extend the lifetime of the elevator’s batteries.


An elevator inverter is an essential part of an elevator. It provides power to the elevator motor and ensures the safety of users. It can also provide backup power in case the main source fails to supply.

An Elevator inverter is an electrical device that converts the input of AC power to DC. It is used in a variety of applications, such as elevators, to reduce the load on the power grid and prevent the need for expensive repairs.

The inverter can also be equipped with other features that enhance the functionality of the elevator, such as a power-cut switch, an inverter cooling fan and a backup battery mode. The inverter’s power-cut switch can be disabled to keep the elevator running during a power cut, while the backup battery mode keeps the elevator working without the need for a main source.

Inverter maintenance is important because it can help to extend the life of your elevator by avoiding major repairs. Inverter maintenance includes inspecting and cleaning the elevator, checking the inverter for signs of wear, replacing the cooling fan if necessary, and performing other minor repairs.

Some companies offer contracts that include a certain number of inspections and maintenance calls. Make sure the company you choose has experience servicing your elevator, and ask for references from other customers that have had the same type of equipment as yours.

It is also important to verify whether or not the company you hire will provide overtime service when needed. This can save you a lot of money in the long run.

Other aspects of elevator maintenance include inspecting all of the components that move and operate the elevator. This includes the elevator car, the hoistway and the machine room.

This may include the drive sheaves, the rotors and brushes on the elevator motor. It should also include lubrication, adjustments and replacement of low-cost consumables like oil and grease.

A good maintenance provider will provide a schedule of regular inspections to ensure that all of these components are functioning properly. If the technician finds any issues, they will be able to fix them quickly and cost-effectively. They can even perform small repairs like adding more lubrication on the spot to keep your elevator running smoothly and efficiently.